1·So this way we can have a kind of unified field theory also.
那么，这种方式，我们也可以得到一种统一的场论。
2·The first part is a brief review of Finite-Temperature Field Theory.
首先回顾了其理论基础一有限温度场论。
3·Davies' research focuses on cosmology, quantum field theory and astrobiology.
戴维斯的研究侧重于宇宙论、量子场理论和太空生物学。
4·It's the most widely accepted unified field theory, but it remains controversial.
弦论是一种最广为接受的统一场理论，但是它仍然存在争议。
5·Quantum field theory was originally thought to be a quantum theory of fields.
量子场论起源于探索场的量子理论的思想。
6·The green color-causing mechanism can be explained by the crystal field theory.
绿色呈色机理可以用致色离子的晶体场理论进行解释。
7·Two basic problems unsolved completely in the nonlocal field theory are Studied.
研究了非局部场论中尚未完全解决的两个基本问题。
8·Discusses the relation between circuit theory and field theory of Kirchhoff's law.
对基尔霍夫定律路论与场论之间的关系进行了探讨。
9·We will study the basic conceptual and computational tools of quantum field theory.
我们将研究量子场论的基本概念和计算工具。
10·Linguistic theories mainly concern Semantic Field Theory and Mental Lexicon Theory.
语言学基础是语义场理论，心理词汇理论。
1·It covers the basics of classical field theory, free quantum theories and Feynman diagrams.
本课程包括了经典场论基础、自由量子理论和费曼图。
2·This thesis focuses on the study of a new framework of heavy quark effective field theory.
本文致力于研究一种新的重夸克有效场论。
3·In addition, some theorems in classical field theory such as rotation theorem on surface are discussed in this paper.
该文同时还对经典场论中常用的一些定理，如面旋度定理进行了探讨。
4·Conversely, use of field theory can also help resolve some of the important theory of gravity in the strong coupling problem.
反过来，利用场论也有助于解决引力理论中的一些重要的强耦合问题。